Device and method for transport and storage

1. A movement, transport and storage device for a pulverizer journal assembly having a journal assembly shaft, a trunnion shaft and a journal opening cover, comprising:

a base structure;

a frame structure extending on the base structure to define a shape configuration accommodative to support at least a portion of the journal assembly with the journal assembly shaft supported on the base structure, the frame structure including a plurality of horizontal frame members arranged forming an upper horizontal frame support and a lower horizontal frame support spaced apart from each other, and a plurality of vertical frame members arranged between the upper horizontal frame support and the lower horizontal frame support;

a plurality of first resting members extending upwardly from the upper horizontal frame support, each of the first resting members having a planar upper surface configured to receive and support a planar surface of the journal opening cover of the journal assembly; and

a plurality of second resting members extending upwardly from the upper horizontal frame support, each of the second resting members being aligned with and spaced from a respective one of the first resting members, each second resting member including an upwardly and vertically facing V-shaped bracket, the plurality of second resting members being configured to support opposing ends of the trunnion shaft of the journal assembly.

2. The device of claim 1 , wherein the plurality of horizontal and vertical members are carbon steel bars.

3. The device of claim 1 , wherein each first resting member of the plurality of first resting members comprises:

a bar extending upwardly from the upper horizontal frame support and having a free end distal from the upper horizontal frame support; and

the planar upper surface disposed on the free end of the bar.

4. The device of claim 1 , wherein each of the plurality of first resting members is of greater length than that of each of the plurality of second resting members.

5. The device of claim 1 , wherein the planar upper surface of each of the plurality of first resting members is angled at about 45° to about 55° from a horizontal surface of at least one of the horizontal frame members.

6. The device of claim 1 , wherein the base comprises:

a base plate to support the journal assembly shaft; and

a pair of spaced support channels disposed on the base plate to provide side support for the journal assembly shaft arranged vertically on the base plate to prevent leakage of fluid therefrom.

7. The device of claim 1 further comprising a plurality of lifting attachments on the frame for movement, transport or storage of the device.

8. A movement, transport and storage device for a pulverizer journal assembly, comprising:

a base structure;

a frame structure extending on the base structure and including a plurality of horizontal frame members defining an upper horizontal frame support and a lower horizontal frame support spaced apart from each other, and a plurality of vertical frame members arranged between the spaced upper and lower horizontal frame supports;

a plurality of first resting members extending upwardly from the upper horizontal frame support, each of the first resting members having a planar upper resting surface;

a plurality of second resting members extending upwardly from the frame structure and aligned with and spaced from the first resting members, each of the second resting members including an upwardly and vertically facing V-shaped bracket having a V-shape forming an obtuse angle; and

a pulverizer journal assembly having a journal assembly shaft, a trunnion shaft and a journal opening cover, the pulverizer journal assembly being supported by the base structure and frame structure;

wherein the planar upper resting surface of the first resting members receive and support a planar surface of the journal opening cover of the journal assembly;

wherein the plurality of second resting members receive and support the trunnion shaft of the journal assembly; and

wherein the journal assembly shaft is received by the frame structure in a vertical orientation.

9. The device of claim 8 , wherein:

the planar upper resting surface of each of the plurality of first resting members is angled at about 45° to about 55° from a horizontal surface of at least one of the horizontal frame members.